Search the 13 jobs at Fabric Cryptography

As an Applied Cryptographer at Fabric, you will develop cryptographic systems focusing on Zero-Knowledge Proof protocols, enhance existing frameworks, provide technical advisory to clients, and keep up with advancements in cryptographic technologies.

As an Applied Researcher in Cryptography Hardware, you will develop secure cryptographic systems focusing on Zero-Knowledge Proof protocols, enhance existing frameworks, provide technical advisory to customers, and research advancements in cryptographic technologies.

As a Cryptography Hardware Engineer, you'll develop cryptographic systems focusing on Zero-Knowledge Proof protocols, enhance product frameworks, advise customers on secure implementation, and research advancements in cryptography.

As a Digital Verification Consultant, you will ensure our cryptographic processor designs meet functionality, performance, and reliability standards. You'll develop and execute verification plans, maintain testbenches, and guide the team in best practices. Your expertise in verification methodologies and tools will drive innovation in cryptography processors.

The Digital Design Verification Consultant will verify proprietary cryptographic processor designs, develop verification plans and testbenches, integrate verification environments into design flows, and provide technical guidance on best practices. This role requires working on high-performance cryptography processors while collaborating with a skilled team.

As a Principal Design Verification Engineer, you will ensure that cryptographic processor designs meet functionality, performance, and reliability standards. Responsibilities include developing verification plans, maintaining test environments, integrating verification into design flows, and providing technical guidance to team members.

As a Cryptography Engineer at Fabric, you will collaborate with the sales and software teams to create innovative cryptographic solutions, focusing on zero-knowledge proofs. Your responsibilities will include benchmarking client systems, enhancing the Instruction Set Architecture, developing and auditing software kernels, and participating in the cryptographic community through open-source contributions and conferences.

As a Design Verification Engineer, you will verify the functionality and performance of cryptographic processors, develop verification plans, maintain test benches, and ensure design consistency using UVM and formal verification methods. You will collaborate across teams to integrate the verification environment into the design flow and provide guidance on verification best practices.

As a Design Verification Engineer, you will verify cryptographic processor designs, develop verification plans, and maintain testbenches, ensuring product functionality and reliability. You will also contribute to the architecture of the verification environment and guide team members in best practices.

As a Design Verification Engineer, you will verify proprietary cryptographic processors and SoCs, develop verification plans, and maintain testbenches to ensure high functionality and reliability while collaborating with a cross-functional team.

As a Design Verification Engineer, you will verify cryptographic processor designs, develop validation plans, perform UVM and formal verification, and guide team members in best practices. You will integrate verification environments in the design flow and ensure designs meet performance and reliability standards.

As a Systems Engineering Architect at Fabric, you will lead the design and development of innovative cryptographic systems, engaging in system architecture, trade studies, and interdisciplinary collaboration. Your role involves significant leadership in guiding project lifecycles, performance requirements, and ensuring robust interfaces while coordinating with various engineering teams.

As a Systems Engineering Lead, you will guide the design and development of advanced cryptographic systems, work on system architecture and integration, and collaborate across engineering disciplines. Your role includes leading teams, conducting trade studies, and ensuring system robustness and performance requirements are met.